Each finger grip is connected to the second portion of each leg at a connection point in which a centre of the finger grip is positioned closer to the symmetry plane than the connection point.
The signal coupler (62) transmits the RF transmission signal (42) from the first connection point (52) to the antenna (35), and it transmits the RF received signal (44) from the antenna (35) to the first connection point (52).
The current mirror is connected to the connection point and feeds the same current as the current flowing from the second input signal source as the current source to the connection point.
A collector of the transistor (T2) is connected to the first connection point (1) and an emitter is connected via at least the current regulating resistor (R1) to the second connection point (2).
There is a phase-angle difference, or transfer angle (δ), between the second frequency (f2) at a first connection point (11) and the second frequency (f2) at a second connection point (12).
In order to route lines, hoses or the like between a fixed connecting point and a movable connecting point, a line-routing device (1) having at least one spatially deflectable section is proposed.
A first connecting point (30) of the damping element (32) is connected to the rear end (18) and a second connecting point (34) of the damper element (32) is connected to the main frame element (10).
One end of the antenna element (10) is connected to the via point (5) near the second corner, and the antenna element (10) extends to inside the glass opening (4) from the via point (5) near the second corner.
The adapter includes a plate having first and second connection site sides (104).
The first connecting point is located in the proximity of the inlet port (14).
The ring presents a projecting ring portion defined between the connection location and the ring end.
The bypass element (11) reaches a via point (5) near the second corner from the power supply point (2).